1. The length of fencing available to secure a garden plot is only 280 feet. We
need to find out what is the maximum area of a square plot that can be
fenced using the entire 280 feet of fencing. Use your knowledge of
graphing to solve this problem.
2. You have moved into a new apartment and want to select a plan for a land
phone line. Phone Company A offers $10 as a line charge and 10 cents per
minute for calling time. Phone Company B offers $15 as a line charge and 7
cents per minute for calling time. Your average calling time is 500 minutes
per month. Which plan would be beneficial to you? Use your knowledge of
graphing to show how you made your decision.
3. You invested $10,000 on a machine that can be installed I your garage to
produce some plastic items which can sold in bulk at $1.25 per unit. It costs
$0.65 per unit to produce inclusive of labor, materials and energy. How
many units would you have to produce to breakeven? Show graphically in
which region you will make a profit and in which region you will make a
loss.
4. A person’s intelligence quotient (I) is found by dividing mental age (M), as
indicated by standard tests, by chronological age (C) and then multiplying
this ratio by 100. The formula I = (100M)/C can be used. If I range of a group
of 11-year-olds is given by 80≤I≤140, find the range of the mental age of this group.
Please show work. Thanks!
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1. The length of fencing available to secure a garden plot is only 280 feet. We...
. Graphing Strategy Step 1 Analyze f() (i) Find the domain of f. (i) Find the intercepts. (i) Find asymptotes . Step 2 Analyze f() Find critical numbers of f. Construct a sign chart for f(z), determine the intervals on which f is increasing and decreasing, and find local maxima and minima of ? . Step 3 Analyze f () Find the partition number of f. Construct a sign chart for f"(a),. determine the intervals on which the graph of...
please anyone can help me with stastistic
1. Average Age of Houses a. Use the table below to plot an Excell Bar chart of the Ages of Houses in the Yookas District b. How many houses are in this district? c. Use the information to calculate the Average Age of Houses in the District Table I Age Distribution of Houses MF Mid Point Age of Houses Yonkas 0-25 years 25 to 35 years135,000 35 to 55 years 265,000 55 to...
LINEWEAVER-BURK plot 1. You perform the hydrolysis reaction as required in the lab experiment, and the final reading on your blood glucose meter for one of your samples is 385 mg/dL. You need your data to be in units of mm (millimolar, which is millimoles per liter, abbreviated as mmol/L). Show, in a step-by-step conversion, how you would convert 385 mg/dL to the proper answer in mM. 385 mg dlº= ?mm immoles 2. Assuming that the reaction occurred over a...
I need help answering questions 1-3
32,33,35,36
Fitted Line Plot Time = 994.2-0.3930 Year 280 270 260 250 240 230 220 210 200 6.76343 79.3% 784% R-Sq R-Sq(a 1900 1920 19401960 1980 Year y a+bx Question 1 ive the equation for the least squares regression line, and interpret it in context. Question 2: Give the equation for this new line and compare it with the line you found for the whole dataset, commenting on the effect of the outlier Question...
1. Consider the following LP: Max z 5x1 X2 st. 2x1 xS6 6x1X2S 12 Plot the constraints on the graph and identify the feasible region and determine the optimal value of the objective function and the values of the decision variables. 2. Priceler manufactures sedans and wagons. The number of vehides that can be sold each of the next three months are listed to Table 1. Each sedan sells for $10000 and each wagon sells for $11000. It cost $7000...
1. A picture of a solar tower is shown below (figure 1). You can see that there are plenty of mirrors located in different positions. Each of these mirrors tracks the sun over time and project the sunlight to the tower. The tower gets very hot and the heat is used to generate electricity (or to evaporate water). To make this problem easier for you, I changed this problem to a 2D example. 4 Figure 1 Solar Tower Figure 2...
QUESTIONS 13-18 PLEASE!
Maximum Storage Area DUE DATE: This project is worth 10% of your Unit 2 grade. Please review the Project FAQ handout for format and process. Problem Situation A construction company wishes to build a rectangular enclosure to store machinery and equipment. The site selected borders on a river that will be used as one of the sides of the rectangle. Fencing will be needed to form the other three sides. The company foot high chain-link fencing. The...
You must SHOW ALL WORK ON NEXT PAGE to get credit and MUST ROUND to 2 decimal points (you can use back of page or below for calculations)! If you use a graphing calculator and simply write answers you will get ZERO CREDIT A company wants to maximize profits for two products: Green (earning $10 profit per unit) and Blue (earning $14 profit per unit). Machine Machine A B Green 3 3 Blue Total Available 2 120 1 90 To...
**Only [Harder] Question** Problem 2. Consider a firm that has a cost function of c(y) = 5y 2 + 50, 000. In other words, this is a firm with a fixed cost of $50,000 (which might be something like the cost of rent on the firm’s building, which they have to pay whether they produce any output or not) and a variable cost of $5Y 2 , (which we’ll think of as the cost of the labor and machinery necessary...
Use the graphical approach to CVP analysis to solve the following problem. Valley Peat Ltd, sells peat moss for $10 per bag. Variable costs are $7.50 per bag and annual fixed costs are $100,000 a. How many bags of peat must be sold per year to break even? Number of bags bags/year b. What will be the net income for a year in which 60,000 bags of peat are sold? (Round your answer to the nearest whole number.) Net income...